The thermal images presented in Figure 2-3 and Figure 2-4 are taken with a load of 37.5A at steady-state and with a fan blowing on the hardware. Figure 2-4 has an input voltage of 20V_in, where the LMG2100s experienced a rise of about 21.5°C above the ambient room temperature of 22°C. Figure 2-3 has an input voltage of 48V_in, where the LMG2100s experienced a rise of about 57°C, again measured relative to the ambient room temperature of 22°C.

The thermal images presented in Figure 2-6 and Figure 2-5 are taken with a load of 25A at steady-state and without a fan blowing on the hardware. Figure 2-6 has an input voltage of 20V_in, where the LMG2100s experienced a rise of about 39°C above the ambient room temperature of 22°C. Figure 2-5 has an input voltage of 48V_in, where the LMG2100s experienced a rise of about 71°C, again measured relative to the ambient room temperature of 22°C.

The thermal images presented in Figure 2-7 and Figure 2-8 are taken with a load of 50A at steady-state and with a fan blowing on the hardware. Figure 2-7 has an input voltage of 20V_in, where the LMG2100s experienced a rise of about 50°C above the ambient room temperature of 22°C. Figure 2-8 has an input voltage of 48V_in, where the LMG2100s experienced a rise of about 79°C, again measured relative to the ambient room temperature of 22°C.